Carbon Nanotubes Modified with an Ultrafast Laser
Medium magnification SEM image of a carbon nanotube mat modified by shots from a femtosecond laser. Accelerating voltage 2kV.
Image by John Mansfield
Medium magnification SEM image of a carbon nanotube mat modified by shots from a femtosecond laser. Accelerating voltage 2kV.
Image by John Mansfield
Silicon <111> convergent beam electron diffraction pattern, bright field disc showing 3m symmetry.
Pattern by John Mansfield
An X-ray energy dispersive spectormetry map recorded using the aluminum K alpha line. Map recorded on the FEI Quanta Dualbeam with an EDAX Apollo 40 Silicon Drift Detector.
Image by John Mansfield.
An X-ray energy dispersive spectormetry map recorded using the Silicon K line. Map recorded on the FEI Quanta Dualbeam with an EDAX Apollo 40 Silicon Drift Detector.
Image by John Mansfield
An X-ray energy dispersive spectormetry map recorded using the Oxygen K line. Map recorded on the FEI Quanta Dualbeam with an EDAX Apollo 40 Silicon Drift Detector.
Image by John Mansfield
Scanning electron microscope image, recorded in the Hitachi S3200N SEM, of a small gold particle formed after heat treatment of a series of thin films of LaSrTiO3/BaTiO3 grown on top of a SrTiO3 substrate via pulse-laser deposition.
Medium magnification SEM image of a carbon nanotube mat modified by shots from a femtosecond laser. Accelerating voltage 2kV.
Image by John Mansfield
The North Campus Branch is maintained by 3.2 members of the Department of Materials Science and Engineering in the College of Engineering: John Mansfield (1), Kai Sun (1), Haiping Sun (1), and Ying Qi (0.2).
In 2005, 470 different people came to use the EMAL facility. 2005 also saw 125 new users requiring training by EMAL staff on one or more instruments.
Check out some more of the statistics below.

